The IYC panel was composed of (standing, from left) Liveris, Tritton, Hering, Nocera, and Kullman, as well as (seated, from left) Boger and Colwell.

Credit: Conrad Erb/Chemical Heritage Foundation

The IYC panel was composed of (standing, from left) Liveris, Tritton, Hering, Nocera, and Kullman, as well as (seated, from left) Boger and Colwell.

Credit: Conrad Erb/Chemical Heritage Foundation

Representatives of organizations sponsoring the IYC panel included (from left) Tritton, Jackson, Liveris, and American Institute of Chemical Engineers President Maria Burka.

Credit: Rudy Baum/C&EN

Representatives of organizations sponsoring the IYC panel included (from left) Tritton, Jackson, Liveris, and American Institute of Chemical Engineers President Maria Burka.

Credit: Rudy Baum/C&EN

About 300 intrepid souls braved Philadelphia’s ice and cold on Feb. 1 to celebrate the U.S. kickoff of the International Year of Chemistry (IYC). The gathering, which took place just five days after the inaugural world celebration in Paris (C&EN, Jan. 31, page 8), featured a panel of industry and academic leaders in a discussion of how chemistry can help solve pressing social and economic problems.

“We’re doing everything we can think of to draw attention to chemistry—its science, its history, its creativity, its technologies, its contributions to the common good, its limitations, its challenges,” said Thomas R. Tritton, president of the Chemical Heritage Foundation, which hosted the Philadelphia panel.

ACS President Nancy B. Jackson said the event underscored a need for the U.S. to “take a leadership role in using the chemical enterprise to make the world a better place.” ACS intends to do whatever it can to make that leadership role possible, she added.

In fact, ACS played a role in ensuring a wider audience for the Philadelphia panel. Along with Dow Chemical, it underwrote a webcast of the event. Dow is hosting an archive of the panel discussion at tinyurl.com/IYCwebcast. ACS also has launched an IYC Virtual Journal at iyc2011.acs.org/2011/01/01/virtual-journal to showcase how chemistry improves everyday life.

Carbon-neutral energy resources—biofuels, wind, and nuclear—are inadequate to meet the doubling of world energy demand that is expected over the next 40 years, Nocera said. But the sun provides more than enough energy to power civilization if the molecular sciences can find a way to harness it to produce fuel, for example, an inexpensive way to use sunlight to split water into oxygen and hydrogen, he added.

Dow’s Liveris sees an opportunity for the chemical industry to help meet increases in global energy demand. “We need to use the might of chemistry,” he said. Kullman of DuPont focused her remarks on feeding a growing world population. To solve the world’s most intractable problems, including food production, “all the sciences need to come together,” she said.